PERSONAL INFORMATION Giuseppe Barbieri Giuseppe Barbieri.pdf · recharge systems, standardized...

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Curriculum Vitae Giuseppe Barbieri © European Union, 2002-2013 | http://europass.cedefop.europa.eu Page 1 / 10 PERSONAL INFORMATION Giuseppe Barbieri Via Anguillarese 301 CR Casaccia PO BOX 059 - 00123 - Santa Maria di Galeria - Rome - Italy +39 06 3048 6771 +39 349 2300576 [email protected] www.enea.it & www.consorziocalef.it . it.linkedin.com/pub/giuseppe-barbieri/3b/113/412/ https://www.scopus.com/authid/detail.uri?authorId=24365897900 https://orcid.org/0000-0002-6466-8806 Sex Male | Date of birth 17/12/1972 | Nationality Italian WORK EXPERIENCE PREFERRED JOB Research and development in new materials and technologies for the sustainability of the transport & Energy Power Plants From July 2015 to now From January 2015 to now From March 2013 to Now From April 1999 to June 2015 From January 2009 to 2016 Head of Laboratory SSPT- PROMAS-MATPRO Development of new MATerials by chemical & physical PROcesses ENEA CR ENEA CASACCIA Via Aguillarese 301, 00123 Santa Maria di Galeria (RM) Acting Technical Director of CALEF Consortium President of CALEF Consortium ENEA CR ENEA TRISAIA SS 106 Ionica Km 419+500, 75026 Rotondella (MT) –Italy- The consortium is participate of several Public and private companies, it is a no profit with the main objective to introduce new welding technologies and materials promoting innovation for the fabrication processes of the SMEs. Researcher / Research Manager ENEA CR ENEA CASACCIA Via Aguillarese 301, 00123 Santa Maria di Galeria (RM) Researcher in the New Materials and Technologies Department responsible for writing and managing project related to, the application of new materials and welding technologies for lightweight vehicles. Workgroup technical leader for laser welding (4-12 people), involved in several research projects granted by Government funding , Designer and developer of new structural architecture for lightweight components for fast ferries and freight coach of hi speed trains. Project manager for the project “ Reducing energy consumption in the transportation sector , leading a team of over 30 people for the research and developing of new recyclable materials (metallic, polymeric) and new components for the electric propulsion of vehicles with improved energetic efficiency. Member of the work group for the Italian’s Cl uster of Transport Member of Committee for Safeguarding of Impartiality RINA Service S.p.A. Via Corsica 12 – 16128- Genova (Italy) www.rina.org I represent ENEA, as governmental authority, in the Committee for Safeguarding of Impartiality (CSI) of RINA certification body in compliance with international standard ISO 17021. I am an official observer for the technical committee "Personal and Industrial Products" . Business or sector Research and Development / Certification of personal and Industrial Product

Transcript of PERSONAL INFORMATION Giuseppe Barbieri Giuseppe Barbieri.pdf · recharge systems, standardized...

Page 1: PERSONAL INFORMATION Giuseppe Barbieri Giuseppe Barbieri.pdf · recharge systems, standardized battery) for a full penetration of the electric propulsion. ALAS from 2005 to 2008 (Fully-Submerged

Curriculum Vitae Giuseppe Barbieri

© European Union, 2002-2013 | http://europass.cedefop.europa.eu Page 1 / 10

PERSONAL INFORMATION Giuseppe Barbieri

Via Anguillarese 301 CR Casaccia PO BOX 059 - 00123 - Santa Maria di Galeria - Rome - Italy

+39 06 3048 6771 +39 349 2300576

[email protected]

www.enea.it & www.consorziocalef.it

.it.linkedin.com/pub/giuseppe-barbieri/3b/113/412/

https://www.scopus.com/authid/detail.uri?authorId=24365897900 https://orcid.org/0000-0002-6466-8806

Sex Male | Date of birth 17/12/1972 | Nationality Italian

WORK EXPERIENCE

PREFERRED JOB

Research and development in new materials and technologies for the sustainability of the transport & Energy Power Plants

From July 2015 to now

From January 2015 to now

From March 2013 to Now

From April 1999 to June 2015

From January 2009 to 2016

Head of Laboratory SSPT- PROMAS-MATPRO Development of new MATerials by chemical & physical PROcesses ENEA CR ENEA CASACCIA Via Aguillarese 301, 00123 Santa Maria di Galeria (RM)

Acting Technical Director of CALEF Consortium President of CALEF Consortium ENEA CR ENEA TRISAIA SS 106 Ionica Km 419+500, 75026 Rotondella (MT) –Italy- ▪ The consortium is participate of several Public and private companies, it is a no profit with the main

objective to introduce new welding technologies and materials promoting innovation for the fabrication processes of the SMEs.

Researcher / Research Manager

ENEA CR ENEA CASACCIA Via Aguillarese 301, 00123 Santa Maria di Galeria (RM)

▪ Researcher in the New Materials and Technologies Department responsible for writing and managing project related to, the application of new materials and welding technologies for lightweight vehicles.

▪ Workgroup technical leader for laser welding (4-12 people), involved in several research projects granted by Government funding ,

▪ Designer and developer of new structural architecture for lightweight components for fast ferries and freight coach of hi speed trains.

▪ Project manager for the project “ Reducing energy consumption in the transportation sector”, leading a team of over 30 people for the research and developing of new recyclable materials (metallic, polymeric) and new components for the electric propulsion of vehicles with improved energetic efficiency.

▪ Member of the work group for the Italian’s Cluster of Transport

Member of Committee for Safeguarding of Impartiality RINA Service S.p.A. Via Corsica 12 – 16128- Genova (Italy) www.rina.org ▪ I represent ENEA, as governmental authority, in the Committee for Safeguarding of Impartiality

(CSI) of RINA certification body in compliance with international standard ISO 17021. I am an official observer for the technical committee "Personal and Industrial Products" .

Business or sector Research and Development / Certification of personal and Industrial Product

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EDUCATION AND TRAINING

PERSONAL SKILLS

Form Jan. 2004 to Dec. 2004

From Nov. 1997 to Oct. 2001

From Oct. 1990 to July 1997

Master International Welding Engineer

Istituto Italiano della Saldatura (member of European Welding Federation) www.iis.it

▪ Welding coordinator with specific skills in the design and manufacturing of welded components/equipment with several kind of materials and welding technologies.

Ph.D Mechanical Engineer

Polytechnic of Bari (Italy) www.poliba.it

▪ Global characterization by steady flow bench and local Laser Doppler Velocimetry speed measurements on High performance Internal Combustion Engine for evaluate the best positions of the intake / exhaust valves.

Graduate in Mechanical Engineer EQF: 110/110 & lode

Calabria University (Italy) www.unical.it

▪ Design with unconventional materials, Materials Science & technologies, Internal Combustion Engine.

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Curriculum Vitae Giuseppe Barbieri

© European Union, 2002-2013 | http://europass.cedefop.europa.eu Page 3 / 10

Mother tongue(s) Italian

Other language(s) UNDERSTANDING SPEAKING WRITING

Listening Reading Spoken interaction Spoken production

English B B B B B

Communication skills ▪ Excellent communication skills gained through my experience as technical leader of several projects conducted together with ENEA colleagues and external people from industrial partners. All results and activities are thoroughly and routinely reported and communicated at scheduled/regular internal meeting within the team and at workshops and conference.

Organisational / managerial skills ▪ I participate to several work group for writing new project proposals , and organize the new projects or service activities using the managerial system of ENEA or, if necessary, developing specific spread sheets for process planning and control. Some of these skills proved to be fundamental to leading work groups.

Computer skills ▪ Excellent command of Microsoft Office™ tools; proficient user of 3D CAD software like Autocad, Solid Works , Pro E, Basic use of FEM software like ANSYS 11 and good command of Minitab Design Of Experiment and statistical analyis software.

Driving licence ▪ B (Italian driving license for "car")

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Projects

Research projects jointly with the Italian Ministry of University and Education & Ministry of Economy and EU:

NEXTOWER from 2016 to Now; ( www.h2020-nextower.eu) the scope is to introduce a set of innovative materials to boost the performance of atmospheric air-based concentrated solar power (CSP) systems to make them commercially viable. In particular, tower systems are appealing for the great environmental compatibility and offer tremendous potential for efficient (electrical and thermal) power generation. Yet, their industrial exploitation has been so far hindered by limitations in the materials used both for the central receiver - the core component - and for thermal storage. CALEF Consortium has in charge the WP5 with one of the most critical tasks of the entire NEXTOWER project, which is the responsibility of the design and assembly of the energy storage system made available by the solar receiving system. This complex system, renamed "SOLEAD", represents an absolute innovation because for the first time it will replace, in the field of solar energy production, technology based on molten salts with that of molten lead, representing at the same time an important technological fallout of the experience gained by ENEA in the field of nuclear constructions. GEMMA from 2017 to Now; (H0220 - http://www.eera-jpnm.eu/gemma/) Task Leader of “Generation IV Materials Maturity”; The task T2.1 “Preparation of welds of reference steels, and delivery of specimens” is one or the most important task with the procurement of material in compliance with RCC MR supervision of SS AISI 316 welding of the test coupons made by GTAW and SAW of tick plate ( 30 to 75 mm) and development and realization of welded test coupons made by SS 15 15 Ti. CLEBJOINT from 2016 to Now; (PRIN 2015) Responsible of Contract as Sub unit of the Pincipal Investigato Politechnic of Bari. The Project has the final target to develop a fully validation of a welding technology for dissimilar welds between Ti alloys and Ni super alloys. The welding process investigate are Electron Beam and Laser Beal of Ti 6 Al 4v to Inconel 625/IN718. Reducing energy consumption in the Welding Industrial Processes - Framework ENEA-MSE- 2015-2018. The project are studying a qualification of an Ecolabel for Welding Machines and in general for Industrial Welding Processes to give a comparative instrument and a guide for the choose of the right equipment, material, process and parameter to reduce the direct and indirect energy consumption for the production of goods by welding in the manufacturing industries.

ITALY 2020 from 2014 to 2016; Framework CLUSTER “Trasporti su gomma”: Team leader of OR2.4: New material and new technologies for light weight structures to reduce emission and carbon footprint.

SIFEG from 2013 to 2014; Framework INDUSTRIA 2015: Responsible Contract Manager of ENEA-TRAIN activities, leading a team of over 12 people for whole activities. About my specific technical work, the objective was to reengineering a railway freight coach to reduce the weight and increase competitiveness by using new aluminium alloys & innovative laser Wobling technology and new power system managing.

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Projects

Research projects jointly with the Italian Ministry of University and Education & Ministry of Economy and EU:

LASERALLUMINIO from 2012 to 2015; Framework INDUSTRIA 2015: Project manager and leading a team of over 8 people. The project objective is developing an innovative laser welding workstation to allow high quality and productivity joining process of large aluminium extruded profiles for applications in different sector like shipbuilding, railway coach and structural components.

MATTER: Materlai Testing & Rules ( FP7 2011-2014): Project manager of Work Pakage “Welding and Manufacturing” for updating design rules for GEN IV Nuclear Power Plants. In particular, the WP objectives are involved in studies and qualification of welding technologies and filler materials for ferritic-martensitic creep resistant steel (P91) and austenitic stainless steel ( AISI 316 LN).

Reducing energy consumption in the transportation sector - Framework ENEA-MSE- 2008-2012. The project objective was to improve the efficiency Well to Wheel for the vehicles through both: the developing of technologies an materials for lightweight material, and the developing of new electronic device (battery manage Systems, recharge systems, standardized battery) for a full penetration of the electric propulsion.

ALAS from 2005 to 2008 (Fully-Submerged Foil Hydrofoil), this project was to develop two full-scale prototypes each equipped with a fully submerged foil system for improved performance and passenger comfort versus the conventional surface piercing hydrofoils. Also, this will allow the vessel to operate in more adverse weather conditions as well reduce the resistance allowing greater speeds with the same installed power. The objective of my work was to develop the design and welding processes of the submerged Wing.

SINAVE from 2002 to 2006 (Sistema Innovativo di Trasporto Intermodale basato sull'impiego di Navi Veloci) - this project aimed to develop an intermodal transport system based on the use of fast ships. The objectives of my work were to investigate new materials (Steel, Aluminium, Titanium and Foams) for lightweight structures for the fast ship and for the special containers systems developed for the exchange ground highway- sea highway

Enviroaliswhat –from 2004 to 2007 this project was to develop a revolutionary vessel that combines the advantages of a Swath (Small-Waterplane-Area Twin-Hull) with those of a fully-submerged type hydrofoil as it will be equipped with a system of foils able to provide both dynamic support and stabilization. The objective of my work was to develop laser and laser hybrid welding of Structural Transition Joint between Aluminium alloy and Steel.

PALES from 1999- to 2001 (Lightweight sandwich panels for hi speed freight coach and Car deck for Fast Ferries) The target was the development of new methods for designing light modular structures, welded together with innovative laser and/or electron beam technique, thereby allowing the use of lighter materials for transport by train/ship.

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Main Publications

HTTPS://WWW.SCOPUS.COM/AUTHID/DETAIL.URI?AUTHORID=24365897900&EID=2-S2.0-84930068710 G. ANGELLA, G. BARBIERI, R. DONNINI, R. MONTANARI, A. VARONE Welding of IN792 DS Superalloy by High Energy Density Techniques DOI: 10.4028/WWW.SCIENTIFIC.NET/MSF.884.166 IN BOOK: LIQUID METALS AND ALLOYS: FROM STRUCTURE TO INDUSTRIAL APPLICATIONS, CHAPTER: VOL. 884, PUBLISHER: TRANS TECH PUBLICATION, EDITORS: F. BONOLLO; R. MONTANARI, PP.166-177 BARBIERI G., COGNINI F., MONCADA M., RINALDI A., LAPI G. Welding of automotive aluminum alloys by laser wobbling processing MATERIALS SCIENCE FORUM 879, PP. 1057-1062 BARBIERI, G., SOLTANI, P., KACIULIS, S., MONTANARI, R., VARONE, A. IN792 DS superalloy: Optimization of EB welding and post-welding heat treatments MATERIALS SCIENCE FORUM 879, PP. 175-180 R. MONTANARI, A. VARONE, G. BARBIERI, P. SOLTANI, A. MEZZI, S. KACIULIS Welding of IN792 DS superalloy by electron beam by EDS and XPS SURFACE AND INTERFACE ANALYSIS · FEBRUARY 2016 IMPACT FACTOR: 1.25 · DOI: 10.1002/SIA.5946 G. BARBIERI, F. COGNINI, G. LAPI, F. VIVIO Mechanical Behavior of Aluminum Sandwiches Made by Laser Welding Procedia Engineering, DOI:10.1016/j.proeng.2015.06.256 Volume 109, 2015, Pages 427–434 BARBIERI G., COSTANZA G., MONTANARI R. LIBRO: Schiume metalliche: tecniche di produzione, proprietà e applicazioni EDITORE Associazione Italiana Metallurgia STAMPATO Gennaio 2014 ISBN 978-88-85298-98-9 FARAJI A. H., GOODARZI M., SEYEDEIN S.H., BARBIERI G., MALETTA C. Numerical modeling of heat transfer and fluid flow in hybrid laser–TIG welding of aluminum alloy AA6082 The International Journal of Advanced Manufacturing Technology DOI 10.1007/s00170-014-6589-6 Volume 75, Issue 9, December 2014, BARBIERI, G.,COGNINI, F.,MONCADA, M.,MORABITO, G. Welding of high-resilience martensitic stainless steel for hydrodynamic components in innovative seacraft: a comparison of traditional and HDE technologies Welding International , DOI: 10.1080/09507116.2012.753308 , Volume 29, Issue 1, January 2013, Pages 40-53 BARBIERI G., MONCADA M., SGAMBATI A. EBW of AA 6061 T651 aluminium alloy cold plates for the space guinea pig living unit cooling system Welding International , DOI:10.1080/09507116.2011.592693, Volume 26, Issue 5, May 2012, Pages 360-369 G. BARBIERI, A. RINALDI, AND ALL The Mechanical Behavior of Aluminum Foam-based Composite Beams Made as One-Piece or by Welding Joining of Two Pieces Proceedings of ASST 2012 Aluminium Surface Science & Technology, Sorrento 27-31 May 2012 ISBN 978-88-907318-0-8; C. MALETTA, A. FALVO, F. FURGIUELE, G. BARBIERI, M. BRANDIZZI Fracture Behaviour of Nickel-Titanium Laser Welded Joints. DOI: 10.1007/s11665-009-9351-8 Journal of Materials Engineering and Performance Volume 18, Issue 5-6, August 2009, Pages 569-574

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Complete list of the publications:

2017

2016

2015

2013

2012

G. ANGELLA, G. BARBIERI, R. DONNINI, R. MONTANARI, A. VARONE Welding of IN792 DS Superalloy by High Energy Density Techniques DOI: 10.4028/WWW.SCIENTIFIC.NET/MSF.884.166 IN BOOK: LIQUID METALS AND ALLOYS: FROM STRUCTURE TO INDUSTRIAL APPLICATIONS, CHAPTER: VOL. 884, PUBLISHER: TRANS TECH PUBLICATION, EDITORS: F. BONOLLO; R. MONTANARI, PP.166-177 BARBIERI G., COGNINI F., MONCADA M., RINALDI A., LAPI G. Welding of automotive aluminum alloys by laser wobbling processing MATERIALS SCIENCE FORUM 879, PP. 1057-1062 BARBIERI, G., SOLTANI, P., KACIULIS, S., MONTANARI, R., VARONE, A. IN792 DS superalloy: Optimization of EB welding and post-welding heat treatments MATERIALS SCIENCE FORUM 879, PP. 175-180 R. MONTANARI, A. VARONE, G. BARBIERI, P. SOLTANI, A. MEZZI, S. KACIULIS Welding of IN792 DS superalloy by electron beam by EDS and XPS SURFACE AND INTERFACE ANALYSIS · FEBRUARY 2016 IMPACT FACTOR: 1.25 · DOI: 10.1002/SIA.5946 BARBIERI G., CESARONI M., CIAMBELLA L., COSTANZA G., MONTANARI R. Influence of welding parameters on microstructure of welded joints SMAW/GTAW steel X10 CrMoVNb 9-1 (P91) METALLURGIA ITALIANA VOLUME 107, ISSUE 3, 1 MARCH 2015, PAGES 37-45 A. TATÌ; P. AVERSA, G. BARBIERI, R. TAMBORRINO, V. A.M. LUPRANO Controllo di saldature laser in lega di titanio di bassi spessori con tecnica TOFD PROVE NON DISTRUTTIVE MONITORAGGIO E DIAGNOSTICA NUMERO 4 DICEMBRE 2015 PUBBLICAZIONE AIPND ISSN 1721-7075 G. LAPI, R. MONTANARI, M.E. TATA, G. BARBIERI, S.K. BALIJEPALLI, S. KACIULIS Investigation of skin-core joints in aluminium foam sandwich panels by EDS and XPS SURFACE INTERFACE ANALYSIS DECEMBER 2015 DOI: 10.1002/SIA.5900 BARBIERI G., F. COGNINI, F.VIVIO G LAPI Mechanical Behavior of Aluminum Sandwiches Made by Laser Welding PROCEDIA ENGINEERING 109:427-434 · DECEMBER 2015 DOI: 10.1016/J.PROENG.2015.06.256 G. BARBIERI, F. COGNINI, M. MONCADA, G. MORABITO Welding of high-resilience martensitic stainless steel for hydrodynamic components in innovative seacraft: a comparison of traditional and HDE technologies

WELDING INTERNATIONAL MARZO 2013 DOI:10.1080/09507116.2012.753308

BARBIERI G., COSTANZA G., MONTANARI R. LIBRO: Schiume metalliche: tecniche di produzione, proprietà e applicazioni EDITORE Associazione Italiana Metallurgia STAMPATO Gennaio 2014 ISBN 978-88-85298-98-9

Patent

“DISPOSITIVO PER SALDATURA LASER” BARBIERI G., PETRIGLIANO G., DE BONIS R., PUTIGNANO E., SATRIANO A. A. RM2011A000189 APRILE 2011 (RIF. ENEA 726) “DISPOSITIVO PER SALDATURA LASER” BARBIERI G., PETRIGLIANO G., ALBA M. B., DE BONIS R., PUTIGNANO ENZO RM2010A000347 GIUGNO 2010 (RIF. ENEA 710)

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2011:

BALIJEPALLI S.K, BARBIERI G., KACIULIS S., LAPI G.,MONTANARI R., TATA M.E. Realizzazione e caratterizzazione di strutture sandwich di acciaio con core in schiuma di Al Conference Proceedings of 35° Convegno Nazionale AIM 5-7 Novembre 2014 In press on Rivista Metallurgia Italiana Febbraio 2015 BARBIERI G., CESARONI M., CIAMBELLA L., COSTANZA G., MONTANARI R. Influenza dei parametri di saldatura sulla microstruttura di giunti saldati SMAW/TIG di acciaio di acciaio X10 CrMoVNb9-1 (P91) Conference Proceedings of 35° Convegno Nazionale AIM 5-7 Novembre 2014 In press on Rivista Metallurgia Italiana Marzo 2015 BARBIERI, G.,COGNINI, F.,MONCADA, M.

Laser welding of aluminum foam sandwich panels [Saldatura laser di pannelli

sandwich in schiuma di alluminio] Rivista Italiana della Saldatura, Volume 65, Issue 1, January 2013, Pages 43-53 BARBIERI, G.,COGNINI, F.,MONCADA, M. Saldatura laser di pannelli sandwich in schiuma di alluminio CONVEGNO IIS 21 Giugno 2012 Fiera LAMIERA ( Bologna) BARBIERI, G.,COGNINI, F.,MONCADA, M. Processi di giunzione di pannelli AFS: tecnologie di saldatura High Density Energy Giornata di Studio Schiuma Metalliche, Associazione Italiana Metallurgia 24 maggio 2012 Milano BARBIERI G., TATI’ A.,MONCADA M., DE ANGELIS U. Controllo e Caratterizzazione di Sandwich Compositi in Schiuma Metallica e di loro Giunti Saldati Conference Proceedings of PnD 2011; Florence 2011 Oct 26-28, Florence, Italy (AIPnD 2011). Available on NDT.net BARBIERI G., COGNINI F., MONCADA M., DE ANGELIS U., BERNARDO F Sviluppo e qualificazione di procedimenti di saldatura per pannelli AFS Conference Proceedings 6GNS Giornate Nazionali della saldatura Genova, 26-27 Maggio 2011 BARBIERI G., BERNARDO F Saldatura laser delle leghe di titanio: attrezzature per la saldatura Open Air Conference Proceedings 6GNS Giornate Nazionali della saldatura Genova, 26-27 Maggio 2011 BARBIERI G., COGNINI F., MONCADA M., MORABITO G. Saldatura di acciai inossidabili martensitici ad elevata resilienza per componenti idrodinamici di imbarcazioni innovative: confronto fra tecnologie tradizionali e tecnologie HDE Conference Proceedings 6GNS Giornate Nazionali della saldatura Genova, 26-27 Maggio 2011

2009:

ARMENTO A, BARBIERI G., BERNARDO F, LAROCCA Applicazione della metodologia DoE alla saldatura laser di leghe di titanio. LAMIERA, vol. 01/09; p. 44-54, ISSN: 0391-5891 BARBIERI G., COGNINI F. , DE BONIS R., PUTIGNANO, E. Saldatura laser di componenti idraulici in acciai inox a elevata resistenza per l’industria aeronautica LAMIERA, vol. 11/09; p. 60 -69, ISSN: 0391-5891 BARBIERI G., MONCADA M, SGAMBATI A. Saldatura EBW di cold plates in lega di alluminio AA6061 T651 per il sistema di raffreddamento dell’unità abitativa per cavie spaziali RIVISTA ITALIANA DELLA SALDATURA , vol. 04/09; p. 435-443, ISSN: 0035-6794 BARBIERI G., MONCADA M, SGAMBATI A. EBW of aluminum alloy AA6061 T651 cold plates for the space payload cooling system. Conference Proceedings EUROJOIN 7 Seventh European Congress on Joining Technology. Venezia, 21-22 Maggio 2009

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2008

BARBIERI G., BRANDIZZI M, DEL RE M.D, PALUMBO G, TRICARICO L, SORGENTE D. Saldabilità con fascio elettronico di lamiere alluminio/magnesio. lamiere alluminio-magnesio. LAMIERA, vol. 6, p. 90-99, ISSN: 0391-5891 BARBIERI G., COGNINI F.,MONCADA M. Saldatura EBW di 4 differenti tipologie di contatti a radiofrequenza per il “Large Hadron Collider”( LHC) del CERN. RIVISTA ITALIANA DELLA SALDATURA , vol. 02/08; p. 231-239, ISSN: 0035-6794 BARBIERI G., ARMENTO A, BERNARDO F, BRANDIZZI M. Realizzazione di un’unità di carico innovativa per il trasporto navale veloce. APPLICAZIONI LASER, vol. giugno luglio 2008; p. 42-47, ISSN: 1973-7238 BARBIERI G., BRANDIZZI M, DEL RE M. D, PALUMBO G, SORGENTE D, TRICARICO L. Studio del comportamento meccanico di giunti in leghe di alluminio/magnesio ottenuti con saldatura al fascio elettronico. LAMIERA, vol. 08/08; p. 50-59, ISSN: 0391-5891

2007

2002

BARBIERI G., C. CAPPABIANCA, M. MONCADA, F.VERRE, M. ALBA, E. PUTIGNANO, R. DEBONIS Messa a punto di un processo di saldatura laser su lamiere di acciaio S 460 NL (UNI EN 10113-2) per applicazioni nella cantieristica navale e controllo RX mediante l’elaborazione delle immagini. CONFERENZA NAZIONALE SULLEPROVE NON DISTRUTTIVE MONITORAGGIO E DIAGNOSTICA. MILANO, 11-12-13 Ottobre, ISBN/ISSN: 978-88-89758-03-8 G. DAURELIO, BARBIERI G., S. LUSSI, A.M. SPERA (2002). Leghe di Alluminio : Tecnologie di saldatura a confronto. LAMIERA, vol. Maggio, ISSN: 0391-5891 BARBIERI G. (2002). Sviluppo di applicazioni industriali con saldatura LASER: saldatura di pannelli strutturali leggeri per applicazioni nel settore delle costruzioni navali e ferroviarie IL LASER NELLA SALDATURA E NEL TAGLIO CONVEGNO IIS FIERA LAMIERA. BOLOGNA, 23/05/2002

Pubblic Reports

2007

2009

CARMIGNANI B, TOSELLI G, VISPARELLI D, BONIFAZIO M, DE MAIO U, MINGHETTI T, PANZANI G, SANGIORGI S, TRESTINI D, TIMPARANO M, BARBIERI G., COGNINI F IGNITOR Project :Numerical simulation of the Welds for the Components of Plasma Chamber of IGNITOR Fusion Machine : Technical Report 6 Rapporto tecnico ENEA RT/2007/33/FIM ISSN/0393-3016 CARMIGNANI B, TOSELLI G, CLAI G., MUSMECI A, VISPARELLI D, TRESTINI D., DE MAIO U., RICCI A., SANGIORGI S, BARBIERI G., COGNINI F., VERRE F., MOLLICA D. IGNITOR Project Numerical simulation of the Welds for the Components of Plasma Chamber of IGNITOR Fusion Machine : Technical Report 7 Rapporto tecnico ENEA RT/2009/07/FIM ISSN/0393-3016

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Pubblic Reports

2011

2012

2013

2014

2016

G. Barbieri, F. Cognini, M. Massimo, L. Pilloni Sviluppo delle apparecchiature e del protocollo di qualifica meccanica per pannelli AFS Rapporto tecnico RDS/2011/202 http://www.enea.it/it/Ricerca_sviluppo/documenti/ricerca-di-sistema-

elettrico/risparmio-di-energia-elettrica-nei-trasporti/rds-202.pdf G. Barbieri, F. Cognini, M. Moncada, P. Colucci, M.B. Alba Sviluppo di procedimenti di saldatura laser ed EBW per pannelli AFS Rapporto tecnico RDS/2011/203 http://www.enea.it/it/Ricerca_sviluppo/documenti/ricerca-di-sistema-

elettrico/risparmio-di-energia-elettrica-nei-trasporti/rds-203.pdf

G. Barbieri, F. Padella Test di schiumatura e definizione dei parametri e degli apparati necessari alla produzione di schiume Rapporto tecnico RDS/2011/204 http://www.enea.it/it/Ricerca_sviluppo/documenti/ricerca-di-sistema-

elettrico/risparmio-di-energia-elettrica-nei-trasporti/rds-204.pdf

G. Barbieri, F. Cognini, M. Moncada Processi di fabbricazione di profilati estrusi rinforzati con schiuma metallica Rapporto tecnico RDS/2012/098 http://www.enea.it/it/Ricerca_sviluppo/documenti/ricerca-di-sistema-

elettrico/risparmio-di-energia-elettrica-nei-trasporti/2011/098-rds-pdf

G. Barbieri, F. Cognini, G. De Santis Procedimenti e progettazione di apparecchiature prototipali per la produzione di precursori per schiume metalliche ed AFS Rapporto tecnico RDS/2012/099 http://www.enea.it/it/Ricerca_sviluppo/documenti/ricerca-di-sistema-

elettrico/risparmio-di-energia-elettrica-nei-trasporti/2011/099-rds-pdf

M. Moncada, G. Barbieri, A. Tatì, U. De Angelis Sviluppo di metodologie di controllo NDT su componenti saldati e correlazione con le caratteristiche meccaniche Rapporto tecnico RDS/2012/101 http://www.enea.it/it/Ricerca_sviluppo/documenti/ricerca-di-sistema-

elettrico/risparmio-di-energia-elettrica-nei-trasporti/2011/101-rds-pdf

G. Barbieri, M. Schwarz Tecnologie di scale-up del processo di produzione di materiali ibridi metallo polimero basati su sfere/grani cavi Rapporto tecnico RDS/2012/105 http://www.enea.it/it/Ricerca_sviluppo/documenti/ricerca-di-sistema-

elettrico/risparmio-di-energia-elettrica-nei-trasporti/2011/105-rds-pdf

G.Barbieri, F. Cognini, M. Moncada, F. Padella, D. Mirabile Gattia, U. De Angelis, G. De Santis Ottimizzazione dei parametri di compattazione ed estrusione di precursori originali per schiume di alluminio Rapporto tecnico RDS/2013/098 http://www.enea.it/it/Ricerca_sviluppo/documenti/ricerca-di-sistema-

elettrico/elettromobilita/2012/rds-2013-098.pdf

G.Barbieri, F. Cognini, M. Moncada, A. Tatì Tecniche di saldatura ad elevata efficienza per il settore ferroviario. Rapporto tecnico RDS/2013/100 http://www.enea.it/it/Ricerca_sviluppo/documenti/ricerca-di-sistema-

elettrico/elettromobilita/2012/rds-2013-100.pdf

BARBIERI G. Results of the P91 weldability analysis D. 6.3 Recommendation for the codes requirement on welding consumables and process for 316SS and P91 D 6.4 http://www.matterfp7.it/Layout/matter/index.asp?page=/Upload/Moduli/wbdms/public/login.asp&target=contenitore&tit1=Public%20documentation

G. Barbieri, F. Cognini, G. Di Girolamo, D. Mirabile Gattia, M. Moncada Valutazione dell’efficienza energetica delle tecnologie di saldatura Electron Beam, Laser e arco ad elettrodo infusibile Rapporto tecnico RdS/PAR2015/067 http://www.enea.it/it/Ricerca_sviluppo/documenti/ricerca-di-sistema-elettrico/adp-

mise-enea-2015-2017/processi-e-macchinari-industriali/rds_par2015-067.pdf